1. About the RBQ 13.2 contractor licence exam

The RBQ sub-category 13.2 exam is the theoretical examination administered by the Régie du bâtiment du Québec for candidates seeking to act as qualified representative (répondant) for a contractor licence covering fire alarm systems. The licence excludes work exclusively reserved for electrical contractors; it covers the installation, commissioning, testing and maintenance of fire alarm networks — manual call points, smoke and thermal detectors, audible and visual signal devices, annunciators, central alarm and command posts for high-rise buildings, voice communication networks, and the interface with sprinkler systems, generators, fire pumps, electromagnetic locks, ventilation and elevator recall — plus similar or related construction work.

The exam is offered in French and English in multiple-choice format, lasts 3 hours, and the passing grade is 60%. It is built around four official modules covering definitions and types of systems, the regulatory framework, plans and specifications (including as-built drawings), and the standards for executing installation, commissioning and maintenance work.

2. Exam structure at a glance

The RBQ does not publish a percentage weighting per module for this licence. By content volume, Module 4 dominates with 36 skill statements across 5 ECs. EC 8 (Installing fire alarm networks) carries 16 skill statements — the heaviest single block in the entire profile, covering site verification, cable routing, command-post enclosure, conduits and cabling, detector placement, high-rise specifics, sprinkler interface, addressable isolator modules, and auxiliary device links. Module 1 is unusually large for a definitions module (18 skill statements) because fire alarm vocabulary is extensive — three network designs, multiple detector and signal types, voice communication systems, central command posts, four certified cable categories, and Class A vs. Class B circuits.

3. Detailed competency elements

Module 1 — Definitions and types of systems

• EC 1 — Fire alarm terminology (9 skill statements): fire alarm network (réseau avertisseur d incendie) and voice communication network (unilateral and bilateral; regular and emergency); central alarm and command post for high-rise buildings; visual signal devices, audible signal devices, manual call points, annunciators; fire detector types (smoke, thermal, duct smoke); signal types (alarm, alert, supervisory, trouble); devices (transceiver, security device, supervisory device); smoke alarm vs. smoke detector distinction; installation concepts (power supply, Class A / Class B / input circuits); measurement units (dBA, mm, m², °C).
• EC 2 — Network characteristics (9 skill statements): network design types (conventional, addressable with data links, semi-addressable); operating modes per Construction Code Chapter I — Building (single-stage and two-stage by occupancy); voice communication systems; component types (devices and command post); cable types for combustible / non-combustible / high-rise construction; certified cables (FT-1 through FT-4, FAS); signaling devices; normal and emergency power supplies (distribution circuits, batteries, generator); central alarm and command post operation in high-rise buildings.

Module 2 — Legislative, normative and regulatory framework

• EC 3 — Fire alarm regulatory framework (6 skill statements): certification bodies (ULC, CSA, ULc); Quebec Construction Code Chapter I — Building and NBC 1995 (Quebec modifications); scope boundary with master electricians; cross-references from Construction Code Chapter I to other regulations (Canadian Electrical Code Part 1 18th edition, CAN/ULC-S524); installation standards (CAN/ULC-S524, S537, S536); consulting the authority having jurisdiction (RBQ for subject buildings, municipalities for small buildings).

Module 3 — Plans and specifications (with as-built drawings)

• EC 4 — Reading drawings and plans (8 skill statements): plan types (architectural, single-line); elements; symbol charts; dimensions and annotations; sections and details; general notes and tables; quantity take-off (métré); shop drawings and single-line plans.
• EC 5 — Reading specifications (4 skill statements): divisions and sections (17-division 1995 and 49-division 2004); Division 01 general charges; Division 16 (1995) / Divisions 26–28 (2004) for fire alarm; specification interfaces with related disciplines (ventilation, sprinklers, emergency generator, elevators).
• EC 6 — As-built drawing adaptation (4 skill statements): information required in an as-built drawing; adapting base drawings to reflect work as built; approval process; standards compliance verification.

Module 4 — Standards and execution of work

• EC 7 — Planning and organizing (4 skill statements): execution sequence; trade interface management; permits and authorizations; material ordering and reception.
• EC 8 — Installing fire alarm networks (16 skill statements — the heaviest single EC): site verification against design; cable routing and device clearances; command-post enclosure (caisson) installation per code and manufacturer; main conduits and cabling (combustible vs. non-combustible buildings, sleeves, conduit); outlet box placement; device installation and interconnection to the command post; surface patching and fire-stop integrity; fire detector placement by detector type, ceiling type and room morphology; central alarm and command post specifics in high-rise buildings; fire resistance requirements in high-rise buildings; voice communication audibility and intelligibility in high-rise buildings; interface with sprinkler systems (water-flow indicators and supervisory devices); restrictions on audible signal devices in dwellings and housing; isolator modules in addressable loops (data link systems); auxiliary device links (generator, fire pump, electromagnetic locks, ventilation, elevator recall); electrical standards compliance (maximum voltage drop, supply voltage, cable gauges, signaling circuits).
• EC 9 — Commissioning (6 skill statements): installation verification against codes and plans; user, owner and AHJ requirements; network programming; component testing per CAN/ULC-S537 (continuity, grounding, alarm condition, installation); large-scale commissioning; signed manual and certificate handover.
• EC 10 — Maintenance (7 skill statements): test types per CAN/ULC-S536; occupant precautions before inspection; occupancy condition verification; evaluation per CAN/ULC-S536; inspection report production; component replacement; component addition with testing.
• EC 11 — Health and safety (3 skill statements): installation and maintenance risks; precautions; manufacturer-specific safe-use requirements.

4. Documents at the exam — mixed-book format

Provided at the exam (open book — 6 documents)

• Code de construction du Québec (RLRQ, B-1.1, r.2) — Chapter I, Building 2005 volumes 1 and 2
• Code de construction du Québec (RLRQ, B-1.1, r.2) — Chapter V, Electricity 2010
• Code de sécurité pour les travaux de construction (RLRQ, S-2.1, r.4) — Safety code for construction work
• CAN/ULC-S524-06 — Installation of Fire Alarm Systems (2006)
• CAN/ULC-S536-04 — Inspection and Testing of Fire Alarm Systems (2006)
• CAN/ULC-S537-04 — Verification of Fire Alarm Systems (2004)

Recommended reading only (closed book — 4 documents)

• Loi sur le bâtiment (RLRQ, B-1.1) — Building Act
• Code de sécurité (RLRQ, B-1.1, r.3) — Safety Code (in-use buildings)
• Règlement sur la qualification professionnelle des entrepreneurs en construction et des constructeurs-propriétaires (RLRQ, B-1.1, r.9) — sub-category 13.2 scope
• Loi sur la santé et la sécurité du travail (RLRQ, S-2.1) — Act respecting occupational health and safety

Several Quebec documents are available free of charge on publicationsduquebec.gouv.qc.ca. CAN/ULC standards are available from ULC Standards.

5. Material provided at the exam

The calculator, ruler, paper and pencil needed for the exam are supplied on site. Only the documents and material handed out by the exam supervisor may be used during the session — personal copies, notes, electronic devices, and additional reference material are not allowed.

6. What makes the RBQ 13.2 exam different

The RBQ 13.2 contractor licence is the installation, commissioning and maintenance licence for fire alarm systems. Four characteristics make this exam stand apart.

The largest open-book set of any RBQ contractor licence — six documents on the desk. Three CAN/ULC fire-alarm standards (S524 installation, S536 inspection and testing, S537 verification) cover the entire system lifecycle, and all three are provided at the exam alongside Construction Code Chapter I (Building), Chapter V (Electricity) and the Safety code for construction work. Six-document navigation is therefore the primary tested skill: candidates must know which book to open first for each question.

Three network design types coexist in scope. Conventional (input/output circuits), addressable (data links with isolator modules in addressable loops), and semi-addressable (combination of input circuits and support devices). The exam tests each design separately — operating principle, component selection, and installation method. Isolator modules in addressable loops (EC 8.14) are a classic exam topic.

High-rise buildings introduce a complete second layer of requirements. The simple command post becomes a central alarm and command post (poste central d alarme et de commande). Voice communication audibility and intelligibility (EC 8.11) are tested. Fire resistance ratings for components are stricter (EC 8.10). The two-stage signal operating mode (alert then alarm) replaces the single-stage mode. Module 4 dedicates EC 8.9 through 8.11 to high-rise specifics.

Auxiliary device interfaces are tested directly. EC 8.15 requires the candidate to explain and implement the links between the fire alarm network and the generator, fire pump, electromagnetic locks, ventilation system, and elevator recall. EC 8.12 covers the interface with sprinkler systems (water-flow indicators and supervisory devices). Together these interfaces make the fire alarm contractor a coordination hub for life-safety systems.

7. Recommended preparation strategy

1. Master the three CAN/ULC standards navigation. S524 (installation), S536 (inspection and testing), S537 (verification). Drill the table of contents of each until you can locate any clause in seconds, and learn which standard to open for which question — design and install → S524; commission → S537; ongoing test → S536.
2. Master Construction Code Chapter I — Building requirements for fire alarms. Single-stage vs. two-stage signal by occupancy, central alarm and command post triggers for high-rise buildings, fire resistance requirements, audibility, restrictions on audible signal devices in dwellings.
3. Master Construction Code Chapter V — Electricity (Canadian Electrical Code Part 1). Fire alarm wiring rules, maximum voltage drop, supply voltage, cable gauges, signaling circuits, and the boundary with master electrician scope.
4. Master the three network designs. Conventional, addressable (with isolator modules and data links), semi-addressable. Know each operating principle, where each is used, and the component differences.
5. Master detector and signal device placement. EC 8.8 tests detector placement by detector type, ceiling type, and room morphology. Practise locating each placement rule in S524 quickly.
6. Master cable categories. FT-1, FT-2, FT-3, FT-4, FAS. Each has a defined application range (combustible vs. non-combustible vs. high-rise construction). EC 2.5 and 2.6 test this directly.
7. Master the auxiliary device interfaces (EC 8.15). Generator, fire pump, electromagnetic locks, ventilation, elevator recall. Know what signal triggers what action, and how each interface is wired and tested.
8. Anchor preparation around Module 4 (36 skill statements). EC 8 alone has 16 statements. Read them as a sequenced installation workflow from site verification through fire-stop integrity verification.
9. Master high-rise specifics. Central alarm and command post, voice communication audibility and intelligibility, fire resistance, two-stage signal operation. EC 8.9 through 8.11 test these directly.
10. Take at least two full mock exams under real conditions (3 hours, only the six open-book documents on the desk) before scheduling the real exam.

8. Why Prof-RBQ.ca for the RBQ 13.2 exam

• Aligned with the official RBQ structure — content mapped one-to-one to the four modules and their 11 competency elements, with extra depth on Module 4 (36 skill statements across 5 ECs) and on the 16-statement EC 8.
• Six-document navigation drills — practice deciding which standard to open first for each question, then locating the clause in seconds. Built around the three CAN/ULC standards (S524, S536, S537) plus Construction Code Chapters I and V and the Safety code for construction work.
• Three-design training — conventional, addressable (including isolator modules and data links), and semi-addressable — walked through with operating principles and component differences.
• High-rise specialisation — central alarm and command post, voice communication audibility and intelligibility, fire resistance, two-stage signal operation — drilled with worked exam-style scenarios.
• Auxiliary device interface focus — generator, fire pump, electromagnetic locks, ventilation, elevator recall, sprinkler interfaces — repeated until automatic.
• Closed-book training methodology — flashcards and spaced practice for the four closed-book documents, with navigation drills for the six open-book references.
• Mock exams in RBQ format — multiple choice, 3-hour timing, 60% passing grade — so exam day feels familiar.
• Detailed answer explanations — every question, right or wrong, comes with a written rationale citing the underlying article, code, or standard.
• Bilingual — full course in English and French. The RBQ exam itself is offered in both languages.
• A free section is available so you can try the platform before committing.

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